Report from the Mass Interfaith Power and Light Energy Audit

Transcription

ENVIRONMENTAL
STEWARDSHIP
ASSESSMENT
Report
1 st Parish
Unitarian
Universalist
Church
Chel m sf ord, Massach usetts
February, 20 07
6 Institute Road
Worcester, MA 01609
800.406.5374
mipl@MIPandL.org
www.MIPandL.org
February, 2007
Executive Committee
Dear 1st Parish Congregants:
Peter E. Kane
Stephen B. MacAusland
Thomas E. Nutt-Powell, Ph.D.
Michele Sprengnether, Ph.D.
Lara Hoke, M.Div.,
Program Director
1st Parish Unitarian Universalist
2 Westford Street
Chelmsford, MA
We are pleased to transmit this Energy Assessment and Environmental
Stewardship Report. We encourage you to make it available within your
congregation, and to promote similar efforts by others in the community of
faith. Remember, If We Don’t, Who Will?
Advisory Board
Ross Gelbspan, author of
The Heat is On
Jim Gomes, President
Environmental League of
Massachusetts
Sonia Hamel,
Office for Commonwealth
Development,
Massachusetts
Seth Kaplan, Senior Attorney
Conservation Law
Foundation
Brian F. Keane,
Executive Director
SmartPower
Kevin Knobloch,
Executive Director
Union of Concerned
Scientists
Penn Loh, Executive Director
Alternatives for Community
and the Environment
Amory Lovins, C.E.O.
Rocky Mountain Institute
Adam Markham,
Executive Director
Clean Air-Cool Planet
Russell Perry, AIA
Managing Partner
William McDonough +
Partners
Geeta Pradhan,
Project Director
New Economy Initiative
The Boston Foundation
Richard Trethewey,
HVAC Specialist
This Old House (WGBH)
By implementing the recommendations here, you will be well on your way to
better stewardship of the earth and savings on your operating costs through
reducing your energy consumption.
The next step in your journey is the most exciting one. With this report you
have a full array of steps to follow. Equally important you have our prayers in
support, and, as needed, our presence as well.
Please review the report carefully.
This report contain a range of
recommendations for your congregation to reduce its energy consumption,
lower your operating costs and reduce the pollution from your buildings. Some
of the recommendations are simple and inexpensive; others require a bigger
initial expenditure.
It might seem daunting to think about moving forward with these
recommendations. However, neither your congregation nor the earth is in
better shape until actual changes are made to your facilities and to your usage
patterns, and your congregants take similar actions.
Again, thank you for your stewardship and your membership in MIP&L.
Together, we will save energy, save money, save the planet, protect the peace,
protect human health, and create jobs!
After you have had some time to review the report, we can talk by phone or sit
down with you to discuss the findings. Feel free to call me at 617-734-8944 or
e-mail me at nuttpowell@MIPandL.org when you are ready to set up an
appointment.
In faith,
Tom
Thomas E. Nutt-Powell
President
Enc.
This report presents the findings and recommendations of the assessment of energy use and
environmental stewardship of 1st Parish Unitarian Universalist, Chelmsford. As stewards of the
earth it is important that communities of faith understand the contribution of their facilities to
environmental conditions.
It is also important that they act responsibly to improve their
situation, and to prompt similar understanding and action on the part of their congregants.
The information in this report is organized in the following sections...
Summary — Identifies the facility attributes and issues for environmental stewardship
Environmental Stewardship Profile — Shows current use and cost of utilities, with the
environmental impacts and potential for change
Facility Systems and Conditions — Covering heating, domestic hot water, cooling,
electrical, plumbing, and building envelope systems, with photos illustrating key
conditions.
Related Environmental Stewardship Action — Including clean electricity, and actions
by congregants.
Appendices — Detailed utilities use data, facility use patterns and materials for use in
taking next steps, and a description of available services via Massachusetts Interfaith
Power & Light.
Environmental Stewardship Plan
1
1st Parish UU, Chelmsford
SUMMARY
First Parish Unitarian Universalist is located at 2 Westford Street, Chelmsford, Massachusetts.
The facility consists of the following structures:
Meeting House — Constructed in 1842, the meeting house building has wood walls, clear
glass windows, a pitched roof, and wooden doors.
Addition — Constructed in 1956, the addition contains classrooms, offices and a chapel.
It also has wood clapboard walls, clear glazed windows (some new), a pitched roof, and
entry doors on both north and south facades.
The facility is heated by a gas-fired atmospheric hydronic boiler, located in a mechanical room
at the intersection of the two buildings. The radiation dates to the year of construction of the
addition. There are four zones, with thermostats located in the Sanctuary, parlor, chapel and
vestry. Domestic hot water is generated by three sources: (1) a gas-fired on-demand wallmounted boiler in the mechanical room; (2) electric on-demand under the sink in the parlor
kitchen and (3) an electric 40-gallon tank in the crawl space. There is no central cooling.
Electric service is through the basement of the church building. It evidences upgrades over time.
There is separate service for the tower clock. Wiring dates from various stages of work of each
building. Interior lighting is shows upgrades over time by space. It is primarily florescent.
There is entry lighting at doors. The main equipment with electricity demands includes office
machines (computers and copy machines) and kitchen equipment, including refrigerators and
dishwasher, some commericl grade.. The primary water use is from the sinks in the rest rooms
and in the kitchen. The primary sewer use is toilets.
As currently configured and operated the facility paid an estimated $11,348 for gas and
electricity in 2006. There was no historic information provided. However, even if use is constant
costs have increased annually, sometimes dramatically. As compared to the average facility of
its type, 1st Parish used less energy per square foot and but pays more.
2
The key environmental stewardship issues for the facility are...
Building — Improve thermal performance of the envelope
Heating — Install an energy-efficient heat generation source with contemporary controls
for multiple zones. Split the new section into four heating zones by side and floor. Install
a single highly efficient DHW system as part of the new heat generation solution.
Cooling — Replace existing inefficient air conditioners with the best available Energy
Star rated air conditioners.
Electrical — Continue to upgrade and use energy-efficient fixtures and lamping. A move
to clean electricity ( possibly by installation of photovoltaics on the south-facing roofs,
certainly by purchase of 100% green electricity) is essential.
Maintenance — Ensure good and timely maintenance of systems using MIP&L’s
maintenance contract template, including a complete inventory of equipment whether
covered or not.
Congregants and Community — Initiate a continuing program of environmental
stewardship by congregants in their homes, and, by extension, in their places of work and
communities. Encourage others in the broader community of faith to do likewise.
MIP&L is a Mutual Ministry.
If We Don’t, Who Will?
3
First Parish Unitarian Universalist, Chelmsford
Environmental Stewardship Profile
Last Year
ELECTRICITY
2006
2007
2008
Total
kWh Used
16,040
0
0
16,040
Cost
$3,208
$0
$0
$3,208
Cost per kWh
$0.20
#DIV/0!
#DIV/0!
$0.20
0.0%
#DIV/0!
0
0
% change in Use
kBtu/year
54,536
Utility Use by Type
Water
0%
Electricity
20%
54,536
No costs provided. Estimated.
OIL
No OIL
Gas
80%
Last Year
GAS
2006
2007
2008
Total
therms Used
5,239
0
0
5,239
Energy Benchmark — How Your Facility Compares
Cost
$8,140
$0
$0
$8,140
You
Cost per therm
$1.55
#DIV/0!
#DIV/0!
0.0%
#DIV/0!
523,900
0
0
Last Year
0
0
2006
2007
2008
Total
0
0
0
0
$0.00
$0.00
$0.00
$0.00
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
% change in Use
kBtu/year
$1.55
kBtu Use/SF
Cost/SF
Average
% of Average
47
61
76%
$0.91
$0.68
$1.34
NOx
523,900
WATER
Estimate of Your Pollution Production
Units Used
Cost
Cost per Units
% change in Use
CO2
SO2
Electricity
23,739
149
42
Gas and/or Oil
88,015
1
69
Total
111,754
150
111
No W&S information
Potential for Pollution Reduction
Green electricity
Last Year
2006
Total Cost $ 11,348
% change
-
SO2
NOx
100%
73%
19%
savings>>
Gas <<As much as
2007
$
-
2008
$
-
Total
$ 11,348
Possible Reduction
% reduction
CO2
Note: Some data may be estimated.
CO2
99%
4
(39,827)
(149)
(43)
-36%
-100%
-39%
Carbon Dioxide, a greenhouse gas
SOx
Sulfur Oxides, which cause acid rain
NOx
Nitrogen Oxide, which causes health problems
1st Parish Unitarian Universalist, Chelmsford
Summary of Facility Systems and Conditions
Building
Meeting
House
Total SF
Component
Type
Quantity
Year Installed
Efficiency
Action
Walls
Wood & Brick
5,460± sf
1842
Poor
Insulate as possible
Windows
Clear, Large
25
1842+
Poor
Interior storm windows
5400
Roof
Pitched
3,100± sf
1842+
Fair
Add attic insulation
Doors
Wood
3
1842+
Fair
Weatherstrip.
Addition
Walls
Wood
3,460± sf
1956
Fair
Insulate as possible
Total SF
Windows
Wood frame. Hunge
28
Various
Good>Fair
Interior storm windows
7014
Roof
Pitched
4,640± sf
1956+
Fair
Add attic insulation
Doors
Wood
3
Various
Good>Fair
Weatherstrip.
Component
Type
Quantity
Year Installed
Efficiency
Generation
Gas fired atmospheric
495 mbh
1970±
Poor
Controls
Standard
with boiler
?
Poor
Action
Upgrade to 92+% efficiency
condensing mode
Upgrade to digital
Distribution
Hydronic
4 zones
Recent
Good
DHW
Gas & Electric
3 separate.
Various
Fair>Poor
Component
Type
Quantity
Year Installed
Efficiency
Action
Generation
NONE
Action
Heating
Cooling
Use 7 day/4 setting
Upgrade to one gas-fired
92+% efficiency condensing
mode on-demand DHW
Controls
Distribution
Electrical
Plumbing
Component
Type
Quantity
Year Installed
Service
2 meters
Separate for clock
Recent
Condition
Efficiency
Good
Monitor
Wiring
Copper
—
Various
Good
Monitor
Lighting, Interior
Most florescent
Each space
Various
Good
Upgrade as possible
Lighting, Exterior
Various
Entries
Various
Fair
Equipment
Office & Kitchen
Some commercial
Various
Good>Poor
Upgrade to CFL+
Always use EnergyStar
Check EPA website for
best rating
Component
Type
Location
Year Installed
Efficiency
Action
Water
Sinks
Restrooms & Kitchen
Various
Low
Use on/off aerators
Sewer
Toilets
Restrooms
Various
Low
Use 1.6 gallon
Note: Action is related to affirmative environmental stewardship.
5
FACILITY SYSTEMS AND CONDITIONS
This section presents information on each of the major systems at the facility, the conditions,
recommended actions and fundamental reasons for taking these actions.
In many instances a
recommendation is made to use EnergyStar equipment. Note that EnergyStar labeling simply
means that the equipment meets a minimum threshold of efficiency. Selection of equipment
should involve comparison shopping, including accessing information available at EPA’s
EnergyStar web site, http://www.energystar.gov/. Also, a variety of helpful technical information
relevant to recommendations is provided at Appendix G. Seek gas and electric company rebates.
Heating
Existing Conditions
Heat is generated for the entire facility by a gas-fired atmospheric hydronic boiler. The boiler,
manufactured by Weil McLain, was installed in the 1970s. It is rated at 495,000 btu. It has an
estimated efficiency of 75%. The heating system has in-space programmable thermostat
controls. The controls serve four zones. They are located in the Sanctuary, parlor, chapel and
vestry. Heating distribution is by pumps via hydronic radiation.
Recommendations
It is recommended that high efficiency (92+%) gas-fired condensing mode boiler be installed.
This should be done in conjunction with upgrade of the DHW system. Obtain gas company
financial rebates.
6
Domestic Hot Water
Existing Conditions
Domestic hot water is generated by three sources: (1) a gas-fired on-demand wall-mounted
boiler in the mechanical room; (2) electric on-demand under the sink in the parlor kitchen and (3)
an electric 40-gallon tank in the crawl space. The equipment is of various ages. While ondemand is more efficient that stored DHW, having three generation sources is inefficient.
Recommendations
It is recommended that a single on-demand gas-fired DHW source be installed, sensibly in
conjunction with the new heating system.
Cooling
Existing Conditions
There is no central cooling.
Recommendations
If cooling is installed, use the highest SEER rating available.
The EPA website provides
equipment information. This is also the case for home installations, and is especially important
for through-window equipment.
Electrical
Existing Conditions
Electric service is provided to the facility via a main service duct that enters the building in the
basement. There is separate service for the tower clock, maintained and paid for by the Town.
7
The lighting varies by room. The majority of the lighting is energy efficient. There is a variety
of equipment in the facility that uses electricity, including office equipment, refrigerators, and
other kitchen equipment, including a commercial-grade dishwasher. This equipment varies in
age and condition. The majority of the equipment is not energy efficient.
Recommendations
Continue to use (or upgrade to) energy-efficient fixtures and lamping. Upgrade equipment to
energy efficient standards on replacement, making use of electric company financial incentives.
Plumbing
Existing Conditions
The primary water using equipment in the facility includes sinks in the restrooms and the
kitchen. The toilets in the restrooms are the primary generator of sewer use.
Recommendations
Continue water conservation measures, including faucet aerators and 1.6 gallon toilets.
Building Envelope
Existing Conditions
The building walls are primarily wood, with brick at the lower level of the Meeting House..
They are not well insulated. There is a steeple. The windows are primarily clear, single glazed,
with some rooms in the addition having newer thermopane windows. They windows have
exterior storm windows, which serve primary for weather protection, as they have drip holes for
8
water run-off, which also permits air into the space in winter. The roofs are pitched. There is
some attic insulation. There are primarily wood doors, generally old
Recommendations
It is recommended that additional insulation be added to accessible attic spaces, to walls and
especially in the ceiling of the crawl space. It is further recommended that interior “storm”
windows be installed for improved thermal performance. These can remain in place for nonoperable windows, and be removed in summer for those windows used for natural ventilation.
Finally it is recommended that the south-facing roofs have photovoltaic (PV) equipment
(potentially shingles, if historic controls apply) installed as a means of direct, non-polluting
electricity generation.
Maintenance
Ensure good and timely maintenance of systems using MIP&L’s maintenance contract template,
including a complete inventory of equipment whether covered or not. The template is found at
Appendix
F,
and
is
available
at
the
9
MIP&L
web
site,
www.MIPandL.org.
#1 — View of building and cemetery, from
west. The congregation dates to 1655.
#4 — An accessible entry is at the lower
level of the Meeting House.
#2 — The primary entries for the new
section (including one directly to the chapel)
is on the north façade.
#3 — Entry to Meeting House. Windows
are wood frame with clear single pane
glazing. Some rooms in the new section
have new windows. Use of interior “storm”
windows is an energy conservation measure
that also enhances occupant comfort.
#5 — View of newer (foreground) and older
(rear) sections of building. The boiler room
is in the brick section with the chimney.
10
#9 — Entry foyer at front of Meeting House.
Weatherstrip doors for improved thermal
performance.
#6 — The steeple and clock are recognized
as parts of Chelmsford’s history.
#10 — Stairs between floors act as
chimneys. As possible, ensure that heating
zones are closed off each from the others.
#7 — View to front of Sanctuary. Nonoperable windows should have interior
“storms” for thermal upgrade year round.
#11 — Blown and batt insulation in
Sanctuary attic, with wiring for lighting.
More insulation is possible. Installation by
congregants keeps costs at materials only.
#8 — View to rear of Sanctuary.
11
#12 — Main entry door and entry hall to
new section, with fire alarm panel at right.
The main office is at this entry. Building has
hydronic heating.
#15 — The kitchen is in the older section,
off the vestry space.
#15 — Chapel. There are 4 heating zones in
the building, this being one. There is a
balcony here also.
#13 — Hall at day care center, view toward
older section and large vestry room.
#16 — “Attic” space over chapel insulted.
#14 — Vestry is used for day care during
the week also.
12
#17 — The parlor is on the 1st floor of the
new section. It has a small kitchen.
#20 — New window with thermopane
glazing. Upgrade windows as funds
available, progressing from most to least
used rooms. Installation of interior storm
windows at all locations is a low cost and
high yield action.
#18 — Classroom on the 2nd floor is typical
of the spaces on this level. There are also 2
offices on this floor.
#19 — View out from Howard room,
showing stairs. Creating upper and a lower
floor, north and south heating zones will
improve thermal energy efficiency and
occupant comfort.
#21 — Window in Chapel. Exterior storm
windows are for weather, not thermal
performance, given drip holes at base to
permit water to escape, and also air to get in!
13
#22 — Insulating ceiling of crawl space
recommended. Access available for repiping to create 4 zones in new section.
#24 — On-demand DHW generation
(electric) in kitchen of parlor.
#23 — There is one gas-fired atmospheric
boiler. Upgrade to high efficiency (92%)
condensing mode, with two boilers to ensure
heat even if one “fails”. Install good digital
controls. Continue use of on-demand DHW
generation, now wall mounted at right.
Consolidate building DHW generation to
only one high-efficiency source, sensibly in
this location.
#25— Additional 40 gallon electric DHW
tank is in the crawl space.
14
RELATED ENVIRONMENTAL STEWARDSHIP ACTION
This section discusses related environmental stewardship actions for the congregation
Clean Electricity
Every time we use electricity we are polluting the earth. The electricity that we use comes from
power plants. The vast majority of these power plants burn non-renewable fossil fuels such as
coal, oil, and gas. These power plants cause a great deal of pollution and impact the health and
safety of those who live near them.
Unfortunately, these same power plants are
disproportionately located in poor communities and communities of color.
This is a
phenomenon known as “environmental injustice” and “environmental racism.” In fact, three
different studies of national scope (including the United Church of Christ's Commission on
Racial Justice) found that race is the single most influential factor in community exposure to
pollution.
Encouraging the growth of renewable, clean electric sources – and stopping our dependence on
dirty, fossil fuel-burning power plants – is one important step toward environmental justice and
stewardship of the earth.
1st Parish can further its commitment to stewardship of the earth and environmental justice by
converting from the dirty power that is delivered by your electric company to a clean renewable
energy product.
The switch will replace the polluting power sources that your congregation
currently uses with clean, renewable energy sources.
What polluting power is the 1st Parish using?
Currently the majority of New England’s
electricity comes from non-renewable polluting resources like coal, oil, natural gas and nuclear
power. More than 85% of our electricity is generated from these sources: 27 % from oil, 18%
coal, 20% natural gas, and 20% nuclear power. Coal, oil and natural gas all release large
amounts of air pollution—particularly carbon dioxide (the main contributor to global warming),
sulfur dioxide (which causes acid rain), and nitrogen oxide (which causes smog).
15
According to the American Heart Association, roughly 10,000 people die prematurely each year
from heart- and lung-related illness associated with emissions from fossil fuel power plants, not
to mention the thousands of children who suffer daily with pollution-related asthma. Nuclear
power raises long-term concerns about the disposal and storage of radioactive nuclear waste. So
every time we turn on the lights or watch TV we are causing environmental damage by
increasing the demand to produce more power from dirty conventional power plants.
What are clean, renewable energy sources? Renewable energy comes from sources such as the
sun, wind, water and biomass/landfill gas (our garbage). These energy sources are referred to as
renewable because they are not finite resources, like oil, coal, and other fossil fuels. The planet
will not run out of sun energy! Even more important is the fact that renewable resources create
little or no pollution.
1st Parish can offset its electrical usage by purchasing Renewable Energy Certificates, or
“greentags”. You will be “voting with your dollar” to offset your congregation’s electrical usage
with clean, renewable electricity suppliers. How do you make this "vote"? Use the form attached
as Exhibit C. At the congregation’s current rate of electrical usage (approximately 16,000 kWh
each year), purchasing greentags to offset 100% of your electrical usage would cost
approximately between $195 and $385. We would recommend that you opt for a product that is
offered by a Massachusetts-based not-for-profit company. These products are New England
Wind and ClimateSAVE.
Further details about these products can be found in Appendix D and
at www.newenglandwind.com and www.climatesave.com.
With the new Clean Energy Choice program, you now have a chance to triple the impact when
you choose clean electric suppliers. As always, “voting with your dollar” for clean energy will
increase the demand for new electricity generating facilities that are renewable in source (e.g.,
wind, solar, etc.). As always, it also sends an important message to policymakers that you want
clean, renewable energy sources rather than polluting fossil fuel burning power plants. Now,
with Clean Energy Choice, the Massachusetts Technology Collaborative will match each
dollar you spend to support new renewables with up to $1 for your Chelmsford to spend on
16
renewable energy projects or educational materials, and with up to $1 for renewable energy
and energy efficiency projects that benefit low-income residents. Truly, this is a win-winwin! It is, quite simply, the right thing to do. (See Appendix D for more information about
Clean Energy Choice.) Note that New England Wind is eligible for the Clean Energy Choice
matching grant funds; ClimateSAVE is not.
Truly, this is an incredible opportunity for faith in action. Congregants who live in NSTAR or
municipal electric territory can also purchase New England Wind or ClimateSAVE.
Congregants who live in National Grid territory can enroll in the GreenUp program for their
homes, also described in Appendix D.
Details and forms for clean energy product options are available in Appendix C for the
Congregation and in Appendix D for congregants, friends and neighbors, and others in your
community.
Your congregation now has the option to make a powerful pro-creation statement by spending
between $195 and $385 annually to use 100% green electricity at the facility. If doing 100% is
not possible, begin with using 50% green electricity for the facility (this would cost between
$100 and $200), then move up to 100% next year!.
If we don’t, who will?
17
Appendix A
Utilities Use Information
2006
18
SUMMARY OF UTILITY USE
ELECTRICITY
YEAR
TOTAL
2006
$8,140
2007
$0
% prior year
0.0%
2008
$0
% prior year
#DIV/0!
2009
$0
% prior year
#DIV/0!
$s
GAS
KWH
$s
$0
16040
$8,140
$0
0
#DIV/0!
$0
#DIV/0!
#DIV/0!
Days
5239
3,420
$0
0
$0
0
3,478
$0
0
0.0%
0.0%
0.0%
101.7%
0
$0
0
2,703
#DIV/0!
77.7%
0
0
#DIV/0!
0.0%
0
#DIV/0!
#DIV/0!
$
#DIV/0!
No electric costs.
$s
VOLUME
#DIV/0!
$0
#DIV/0!
$
#DIV/0!
#DIV/0!
0
#DIV/0!
0
#DIV/0!
No W&S information.
Printed: 2/4/07 15:01
© Copyright, 2007. Massachusetts Interfaith Power & Light
WATER & SEWER
THERMS
#DIV/0!
$0
Degree
www.MIPandL.org
ELECTRICITY USE
Year
2006
est
Provider National Grid
Meter #
Rate
Serves>
Account #
$s
% increase $s
KWH
$/KWH
Bill Month
January
Februrary
March
April
May
June
July
August
September
October
November
December
$0.00
2007
2008
2009
January
Februrary
March
April
May
June
July
August
September
October
November
December
$0.00
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
$0.00
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
$0.00
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
January
Februrary
March
April
May
June
July
August
September
October
November
December
January
Februrary
March
April
May
June
July
August
September
October
November
December
% increase KWH
1,440
1,440
880
2,160
1,600
720
1,200
1,440
1,400
1,360
1,040
1,360
16,040
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
0
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
0
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
GAS USE
Year
2006
2007
2008
2009
Provider
Keyspan
Serves>
Meter #
Account #
Bill Date
$s
Therms
$/thrm
January $1,474.87
855
$1.72
Februrary $1,789.69
1,151
$1.55
March
$985.50
643
$1.53
April
$596.16
410
$1.45
May
$226.61
206
$1.10
June
$52.33
45
$1.16
July
$14.90
11
$1.35
August
$38.99
33
$1.18
September
$141.92
138
$1.03
October
$494.85
428
$1.16
November
$935.69
530
$1.77
December $1,388.51
789
$1.76
$8,140.02
5,239
$1.55
January
Februrary
March
April
May
June
July
August
September
October
November
December
$0.00
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
$0.00
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
$0.00
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
January
Februrary
March
April
May
June
July
August
September
October
November
December
January
Februrary
March
April
May
June
July
August
September
October
November
December
% increase
Degree Days
1,059
634
476
196
26
3
0
0
0
92
318
616
3,420
0
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
0.00%
868
661
604
173
110
5
0
0
0
96
269
692
3,478
101.70%
0
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
568
667
502
178
66
0
0
0
2
88
199
433
2,703
77.72%
0
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
#DIV/0!
0
0
0
0
0
0
0
0
0
0
0
0
0
0.00%
Appendix B
Space Use for Typical Week
To be provided by congregation
19
Appendix C
Green Electricity
Purchase Information
for Congregation
20
GreenUp Options
Approximate kwh usage
on R-1 account:
16,040
Options
Per kWh
NewWind Energy 100%
$ 0.024
$
NewWind Energy 50%
$ 0.012
New England GreenStart 100%
New England GreenStart 50%
kwh
Annual
Match?
Content
Certification
Source
384.96
CEC*
100% renewable, 50% new
Green-e
new wind
$
192.48
CEC*
Green-e
new wind
$ 0.024
$
384.96
CEC*
Green-e
$ 0.013
$
200.50
CEC*
non-certified
Per kWh rate is premium added to usual National Grid Bill
* This option is eligible for the Clean Energy Choice matching grant program of MTC.
Sterling Planet products are not eligible.
new biomass,
wind, solar
new biomass,
wind, solar
Appendix D
Information for Congregants
Green Electricity Purchase Information
21
Voluntary Contributions Help to Speed the
Transition to a Clean Energy Future.
Clean Energy Choice
By developing energy from wind, solar, and other renewable
resources, Massachusetts can reduce reliance on fossil fuels that
contribute to air pollution and global warming.
Each $1 of Support for New
Renewables Is Matched with
as much as $2 in MTC Grants.
One way to jumpstart the transition to a clean energy future is to
voluntarily contribute to new renewable energy sources. Any
Massachusetts resident can participate and choose to pay anywhere
between $5 to $15 a month, but only you can decide if this is something that is right for you to do. The Massachusetts Technology
Collaborative (MTC) offers a comprehensive website to help you make
this decision, www.cleanenergychoice.org.
Increased Demand for Renewable
Energy Helps Force the Expansion of
Clean Energy Supplies.
What Will My Monthly Payments Accomplish?
By voting with your dollars for clean energy you will:
■ Help increase the demand to build new electricity generating
facilities that use renewable energy
■ Send an important signal to policymakers that you want clean,
renewable sources of power.
Sign Up
The following renewable energy suppliers have joined with
MTC to provide you with Clean Energy Choices. Please feel
free to contact them via www.cleanenergychoice.org or directly:
Mass Energy Consumers Alliance
(Tax-deductible Clean Energy Choice
offerings are available from this supplier.)
1-800-287-3950
www.MassEnergy.com
CET & Conservation Services
Group, Inc.
1-800-689-7957
www.GreenerWattsNewEngland.com
Community Energy
1-866-WIND-123
www.NewWindEnergy.com
If you choose to participate in Clean Energy Choice, MTC will match
every dollar you spend to support renewables with:
■ Up to one dollar for your city or town to spend on renewable
energy projects or educational materials.*
■ In addition, up to one dollar for renewable energy and energy
efficiency projects that benefit low-income residents.
* Communities that own their municipal light plants are not eligible for
this MTC matching grant.
Some Choices Can Be
Partly or Entirely Deducted from
Your Federal Tax Return.
Clean Energy Choice participants are helping everyone in
Massachusetts join in the transition to clean energy. Because premiums paid for renewable energy support a good cause, in some
cases they can be treated like a charitable contribution and be partially or entirely deducted from your federal income taxes (look for
those offerings that say "tax deductible").
Find Out If Clean
Energy Choice Is Right For You
The Massachusetts Technology Collaborative's Renewable Energy
Trust invites you to find out more or to sign up at
www.cleanenergychoice.org.
Here, you will find:
■ answers to your questions
■ help deciding if Clean Energy Choice is right for you
■ information regarding renewable energy suppliers and offerings.
Appendix E
MIP&L Services
22
Massachusetts Interfaith Power & Light
MIP&L
Member Services
Membership in MIP&L supports the mission of environmental stewardship by helping
promote renewable energy, energy conservation, and the wise use of resources. Membership
is open to any congregation, organization and/or related facility of the community of faith.
Annual member fees are modest, based on the operating budget of the member.
MIP&L is a mutual ministry, with members working in their organizations, homes,
workplace and community to bring about sensible and timely environmental actions.
Basic Services
1. An energy audit of each congregant’s home.1
2. General help and advice with energy and environmental questions, both personally and
electronically (including an interactive Website).
3. Special Programs, including workshops and membership meetings.
4. MIP&L Newsletter, including a calendar of upcoming MIP&L programs; member
“success” stories; faith-based ecology pieces; and environmental news highlights.
Additional Services (a range of optional services, paid for separately)
1. An Environmental Stewardship Assessment of core facilities. The member provides
information on facility and utility use. A skilled professional (a.) examines the building,
lighting, heating, cooling and controls systems; (b.) reports on the patterns of use and
their impact; and (c.) identifies approaches to improved stewardship, including possible
equipment installation (current or future). (Congregation)
2. Oil-buying aggregation group, to reduce the cost of purchasing heating oil. (Congregation
and Congregants)
3. Cost reduction assistance in gas purchasing. (Congregation)
4. Purchase of clean renewable energy. (Congregation and Congregants)
5. Capital Needs Assessments and 20-year Capital Plans (Congregation)
6. Access to utility rebate programs.
7. Technical assistance — the opportunity to have an expert “set of eyes” review new
construction projects, building additions, and retrofits to existing systems. MIP&L can
act in a variety of roles, such as independent advisor, project manager, assistance in
procurement of professional services and/or in obtaining turnkey implementation of
environmental stewardship actions.
1
For most locations, this is at no cost, subject to the rules and regulations of the local energy utility. The home
assessment is available at a modest fee in locations not paid for by the utility.
6 Institute Road • Worcester, MA01609 • 800-406-5374 • www.MIPandL.org
Appendix F
Maintenance Contract Template
23
Maintenance Contract
Template
www.MIPandL.org
(c) Massachusetts Interfaith
Power and Light
INSTRUCTIONS
A contract is an earnest form of communication.
It helps each party understand and act on the mutual responsibilities and expectations.
1 Enter the information for the two Parties, the "client" and the "provider".
The entry at (" ") is for an abreviation, such as "MIP&L".
2 Complete Exhibits A-1 and A-2. Together they are an INVENTORY of the important heating, ventilating,
and air conditioning ("HVAC"), and mechancial and electrical ("M&E) equipment at the facility.
The decision to put a piece of equipment in A-1 or A-2 is based on cost and complication of care.
REMEMBER: Everything has a "useful life", and will need care sooner or later. Good preparation is the key.
3 The decision to put a piece of equipment in A-1 or A-2 is based on cost and complication of care.
This needs to be a carefully considered decision, with client and provider considering costs and benefits.
4 Based on the conclusion about the nature of service to be provided for the specified components
Complete Exhibit B. Costs can be lumped for a combination of components.
Typical service actions include system start-up, mid-point review and shut-down.
Some equipment may require more frequent servicing to function effectively and efficiently.
Be certain to enter the hourly rate for additional services, both routine and emergency.
5 Additional exhibits may be added to provide further clarity and specification of work scope, timing,
responsibilities of the parties and so.
Questions? Call Massachusetts Interfaith Power & Light 1-800-406-5374
www.MIPandL.org
Note that rows 1>25 do not print!
Page 1 of 6
Template
Power and Light
www.MIPandL.org
CONTRACT
MEP Systems Maintenance
1 — PARTIES
Client
Contact Person
Address
City/State/Zip
Phone
Email
("
")
("
")
Title
Fax
Provider
Contact Person
Address
City/State/Zip
Phone
Email
Title
Fax
2 — SERVICES TO BE PROVIDED
The provider is responsible for maintenance and service for the equipment identified in Exhibit A-1.
Exhibit A-2 identifies equipment for which maintenance and service will not be provided.
The services shall include routine, periodic and milestone maintenance and servicing to insure the
safe, continuous and efficient operation of the equipment. In general the meaning of routine ,
periodic and milestone maintenance and servicing shall be as specified and/or recommended by
the manufacturer of the equipment or system. Failing such guidelines, recommendations and
standards of applicable industry organizations shall apply.
3 — TERMS FOR SERVICES TO BE PROVIDED
Exhibit B sets for the specific services to be provided for the equipment included in this contract.
The services will be provided during normal working hours. Exhibit B also sets forth the cost for services
Payment for services shall be within thirty (30) days of receipt of invoice.
Taxes:
Client is exempt from sales tax on products permanently incorporated into its facilities.
Provider will be provided a documentation of sales-tax exemption from the client, and will place
the number on invoices for services rendered. At the completion of the annual cycle of maintenance,
Provider shall file with Client a statement that all purchases made under the exemption were entitled
to be exempt. Provider shall pay legally assessed penalties for any improper use of the Client's
tax exemption number.
Insurances: Provider shall purchase and maintain insurance providing the coverages and limits
designated in this Section. Insurance shall be provided by insurers licensed to transact business in the
Commonwealth. Provider shall not start to perform and furnish services, in whole or in part, or
continue to perform and furnish any part of the services, unless Provider has in full force and effect
all the required policies of insurance. Provider must provide the following coverage:
Page 2 of 6
Template
www.MIPandL.org
Power and Light
(a) General liability insurance with a combined single limit of not less than $1,000,000 for
injury to or death of any one person, for injury to or death of any number of persons in one
occurrence, and for damage to property, insuring against any and all liability of the Client and the
Provider including, without limitation, coverage for contractual liability and broad form property damage;
(b) Workers Compensation and Employers Liability Insurance providing statutory benefits to
all employees;
(c) Owned, Non-Owned and Hired Automobile Liability with a limit of not less than $1,000,000
combined single limit;
(d) Excess Liability Insurance shall provide the following protections: employer's liability,
general liability and automobile liability. Excess Liability Insurance shall be at least as broad as the
underlying policies of liability insurance.
Client shall be named as an additional insured under Sections (a), (c), and (d). Client shall be provided a
Certificate of Insurance, which shall also provide a 30-day notice of cancellation.
Hold Harmless: Provider shall indemnify, defend and hold harmless Client from any and all liability of
whatever kind and character for loss, actual or claimed, to persons or property arising by virtue of
the activities of Provider, its agents, servants, employees or clients. Provider shall properly
notify Client of any claim involving the services or the Client.
Duration:
The contract shall commence on
and shall remain in
force for twelve (12) months, subject to extensions and renewals. The contract shall automatically
terminate if no extension is formally agreed to within thirty (30) days of the end date of the current contract.
Termination other than at end of contract requires a thirty (30) day notice, to be provided in writing addressed
to the signators of the contract. The notice of termination is to be delivered by United States Postal Service
using certified mail, return receipt requested.
SIGNATORS
For Client
For Provider
Signature
Signature
Title
Title
Date
Date
Page 3 of 6
Template
Power and Light
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EXHIBIT A-1
Equipment Covered
#
Location
Component
Manufacturer
Size
Page 4 of 6
Model
Serial #
Date
Template
Power and Light
www.MIPandL.org
EXHIBIT A-2
Equipment Not Covered
#
Location
Component
Manufacturer
Size
Page 5 of 6
Model
Serial #
Date
Template
www.MIPandL.org
Power and Light
EXHIBIT B
Services to be Provided, with Costs
When?
Component
Service
Cost
NOTES
1 Cost for all services described above includes labor and materials.
2 Hourly rate for additional services is
$0.00 Regular
$0.00 Emergency
Materials for additional services will be charged at cost plus
0.00%
3 Client to be provided with report of work for each service call, whether in contract or additional
4 Report for Fall and Spring scheduled service is to include recommendations on future work, timing and cost
Page 6 of 6
Appendix G
Useful Technical Information
24
Everyday Environmental Stewardship
Saving Energy in Existing Buildings
Louis Tsien
Key issue:
Winter Draftiness
Stewardship Opportunity: Interior Storm Windows
As people of faith, we believe that we should be stewards of God's creation. As heads of
household and governance board members, we wince at energy bills that seem only to
increase from year to year. Energy conservation is a great abstract idea, for both
theological and practical reasons -- but improving the energy efficiency of our buildings
(both homes and religious facilities) takes both money and effort, of which we never have
enough. And when most of the typical solutions are installed, it still seems drafty in the
winter. What to do?
Stewardship Opportunity — Interior Storm Windows
Exterior storm windows leak air because of moveable sashes, and weep holes that drain
rain water in the summer let cold air in during the winter. Inexpensive flexible plastic
film applied on the inside works, but is not very aesthetic and can harm paint. The best
solution is to purchase pre-assembled or build sturdy lightweight interior storm windows.
How I Figured It Out
I've struggled with this dilemma for several decades, both at home in Watertown, MA,
and on behalf of my church, St. John the Evangelist in downtown Boston. Our family
moved to Watertown in the early 1980s, soon after the OPEC oil embargo and gas lines
of the late 70s. Our house is somewhat elderly, wood framed, 3 stories plus basement,
gravity hot water radiators fired (then) by a coal-converted-to-oil boiler.
Over the next 20 years, we had insulation blown into the exterior walls and attic, replaced
the primary windows with double-paned glazing, and replaced the boiler with a modern
gas-fired unit and added a circulation pump; all of these are big ticket, but standard
energy-conscious upgrades for an old building. Yet, certain rooms in the house still felt
cold -- which infuriated me: where could the heat be going? My wife says I looked
ridiculous, crawling around on hands and knees while holding a lit candle, looking for
cold air currents.
No more candle flame watching.
I use a remote infrared thermometer with digital readout (Raytek or Extech, available
online, or from You Do It Electronics, Needham). The thermometer even has a red laser
pointer, to indicate the location at which temperature is being read. The reading changes
almost instantly, rather than taking minutes like conventional thermometers. Scan slowly
around the edges of a window, and by watching the numbers climb or drop you can see
which parts of the window are leaking heat. Scan up and down the inside of an exterior
wall, and the point to which the blown-in insulation has settled is obvious -- there's a 5ºFtemperature difference across a very short distance.
The Flaw of Exterior Storm Windows
We do have exterior storm windows. However, closing the exterior storm windows, to
my surprise, did not greatly improve the interior temperature readings! On the other
hand, application of flexible plastic film (boxed kits from 3M, FrostKing, Niagara
Conservation) on the INSIDE helped a lot, as long as the plastic film was airtight all the
way around, especially along the bottom of the window.
How could this be? An exterior storm window with moveable upper and lower sashes
leaks air, both at the middle and also around the edges. It also has to have "weep holes" to
drain away condensation which otherwise would rot the window sill; but the weep holes
also leak air, reducing the insulating effectiveness of the storm window.
Plastic Film works but is a pain
I liked the effectiveness of the plastic film kits, and they are quite inexpensive; but they
are a recurring pain to install, and my wife didn't like either their appearance or the paint
damage done by the double-sided adhesive tape used to mount the film to the window
casing.
When St. John's boiler failed in 2003, in addition to heating system replacement
(described in MIP&L newsletter of October 2003), MIP&L recommended an interior
storm window system designed by Windowsavers (http://wwww.windowsavers.com).
The Windowsavers system uses rigid acrylic (Plexiglas™ or similar) plastic sheets,
purchased separately, together with magnetic strips which adhere the acrylic to the
window casing while also providing an airtight seal.
The concept intrigued me enough to do two things: to research other rigid-pane interior
storm window systems on the Internet, and to buy material to try out.
Modern Plastics (http://www.modernplastics.com) offers a variety of plastic extrusions
(Defender™) which clip onto the edge of an acrylic sheet for the purposes of mounting
and sealing to a window casing, either by snapping mating pieces together or with
magnetic strips.
Both the Windowsavers and Modern Plastics products seemed somewhat pricey to me:
$2 per linear foot for the edges, plus the cost of the acrylic sheet, and the hassle of getting
it cut.
Attachment Option #1 — Magnetic Strips and Plastic Extrusion
My first window was a hybrid: Windowsavers
magnetic strip for the sides and top, and a
Modern Plastics extrusion for the bottom, which
fits flat on top of a window sill (See diagram 1.)
Works well, looks good, but somewhat
expensive and time-consuming to build.
In hunting for acrylic sheet suppliers, I
happened upon J Freeman in Dorchester (56
Tenean Street, http://www.jfreeman.com). Hard
to get to, inconvenient hours, non-existent
customer service; but they will custom cut .093"
clear acrylic sheet for $1.49/sq ft net, vs. about
$2/sq ft for a stock sized piece at Home Depot, which then has to be cut to size.
Attachment Option #2 — Screws and Weatherstripping
For the next set of windows, I decided to use
mechanical means -- screws -- to fasten the
acrylic, and ordinary weatherstripping for air
tightness. This too worked well, was easier to
assemble – fewer long, thin, adhesive-backed
strips which need careful handling and
alignment -- and less expensive: 50¢/ft for the
edges. Different mounting arrangements are
needed, depending on the window
configuration. Standard twist drills can cause
cracking when making holes in acrylic; a
special drill bit for plastic (90º-tip angle instead
of the standard 118º) helps avoid this.
Attachment Option #3 — Wood Frame with screws and weatherstripping
A sturdier version of option #2 is to mount
the acrylic on a wood frame, with
weatherstripping serving as a seal/gasket
between the acrylic and the window frame.
This option adds the cost of the wood, and
the time to paint to match. However, it is
sturdy, easily installed and will last many
years. It also presents the opportunity to
meet aesthetic requirements, blending the
frame into the finish standard of the window
and surrounding space.
What about really big windows?
One other set of windows is worth mentioning. These are extremely large (8 ft wide x 25
ft high) Gothic arched windows in the church façade. Temperature readings taken last
winter showed almost 100% infiltration, i.e. the inside readings at the window edges were
basically equal to the outside temperature. It would be impossible to obtain single sheets
of acrylic of that size, impractical to butt join multiple pieces. Instead, I'm planning to
use wide rolls of flexible plastic film, with magnetic strips on the inside of the window
casing to hold the plastic film in place. The material hasn't arrived yet; I'll let you know,
once it's installed, how well it works.
Helpful Hints
If you want to undertake something like this for your home or church, here are some
practical hints:
Decide how the sheet will be mounted: against which surfaces, with how much
clearance or overlap required in each direction for the mounting and sealing
mechanism (magnetic, adhesive, nails, screws, weatherstripping, etc.). A drawing
helps you visualize whether the sheet dimension needs to be larger (overlap) or
smaller (clearance) than the relevant window dimension. The drawing doesn't
need to be to scale.
Measure carefully and often. Especially in old buildings, don't assume that
rectangular-looking openings are in fact exactly rectangular. Measure both top
and bottom, both left and right. Measure both diagonals to make sure they are the
same.
Do-It-Yourself vs. Professionally Built/Installed
The variations described above are all “Do-It-Yourself” – scope, measure, purchase
materials, assemble, and install. A growing industry of manufacturers and installers are
also available – for a price – to do this work for you. (Try a Google search on “interior
storm windows”). However, the price is high. For a 3’x5’ window, a professionally
built and installed window may run between $100-200. The alternatives described above,
for the same size window, cost $30-50 for materials. Non-profit organizations can save
a lot of money with skilled volunteer labor.
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Durability
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© 2004 Heat Transfer Products, Inc.
LP-60 Rev. 10/1/04
The Munchkin Gas Boiler:
The Most Compact and Efficient
Boiler Available on the Market
How
How it
it Operates
Operates
When the room thermostat calls for heat, the Munchkin
control board will start the pump and start to monitor
the return water temperature of the system before the
heater will begin to heat the water. Once the controller
has sensed a drop in the return water temperature
below the temperature set point minus the differential
set point, the
boiler will start
to heat the
w a t e r. T h i s
eliminates the
boiler starting
every time the
thermostat
calls for heat.
This feature
keeps the system from short
cycling.
Once the system has sensed the temperature difference, the Munchkin will activate the blower motor for
5 seconds to prepurge the system before starting the
Munchkin. The Munchkin controller will now start to
modulate the pre-mix burner based on analyzing the
return water temperature, supply water temperature,
and the set point temperature. By compiling this infor-
92% AFUE
condensing
technology
The cost of fuel in some
areas of the country has
increased almost 40% in
just one year! Munchkin
High Efficiency Modulating
92% AFUE gas boilers
provides
a
maximum
payback on fuel savings.
As the chart illustrates
below savings can result in
payback periods of less
than 3 years. Depending
on the age of your present
equipment, the Munchkin
could save you as much as
50% on your fuel bills.
mation, the controller utilizes an algorithm to fully
adjust the firing rate while maintaining the desired output temperature. The pre-mix burner fans have a lowvoltage direct current drive motor with a pulse relay
counting. This system allows precise control over the
fan speed and combustion air volumes. Coupled with
the gas valve and
the Venturi system
set to provide a
one-to-one ratio of
precisely measured volumes of
fuel to air, accurate
and instant burner
output is achieved.
This keeps the
Munchkin running
at the h i g h e s t
efficiency 92%
AFUE.
When the thermostat is satisfied, the Munchkin will
then go through a 4 second post-purge cycle before
shutting off. Munchkins are equipped with a control
display with indicators that show the normal operation
of the boiler. This display will also serve as a diagnostic
tool for servicing.
3-Year
3-Year Energy
Energy Costs
Costs
$4,500
$4,000
$3,500
$3,000
$2,500
$2,000
$1,500
$1,000
$500
$0
NonCondensing
NearCondensing
Condensing /
Modulating
Durable All Stainless Steel Heat Exchanger
The Munchkin design starts with the individual
stainless steel helical water circuits, which
provide maximum corrosion resistance caused
by the condensing of the flue gas inside the
secondary portion of the heat exchanger. The flue
and individual stainless steel water circuits are
baffled to direct the flow which maximize the heat
transfer rate.
This allows the
heat energy from the
combustion process
to transfer directly
into the water as it
passes through the
individual stainless steel helical circuits. The
Munchkin heat exchanger absorbs so much energy
that the exhaust gas can be vented with standard
schedule 40 PVC pipe. The sealed combustion
process and minimal water volume content
eliminates external heat loss, this means very little
stand by heat loss, resulting in additional energy
savings versus a traditional system.
Features
Features and
and Benefits
Benefits
Fully Modulating for Ultra High
Efficiency (92% AFUE)
Lowest possible operating cost. Rapid return
on investment.
Consists of Stainless Steel Construction
(316L)
Highest quality material available for maximum
reliability.
Compact, Lightweight Design
Installs virtually anywhere, where similar appliances
cannot! Zero clearance to combustibles and a small
footprint. Its lightweight design makes it easy to be
installed by one person! The Munchkin can even be
shipped via Parcel Service!
Add-on Vision Systems
Vision authorized dealers can increase the
installation capability of the Munchkin Boiler by
adding on one or more of the three Vision systems.
Vision Systems offers the customer a variety of
“add-on” controls like Outdoor Reset, Multiple
Boiler Control, Zone Temperature Control, Alarms
and many other features.
Direct Vent with Standard Schedule 40
PVC Plastic Pipe
Less expensive to install. No chimney required!
Installation flexibility.
Quiet Operation
Refrigerator quiet!
State-of-the-Art Control
Self-diagnostic microprocessor control system
to simplify service.
Reliable field-proven spark ignition
Constant dependable operation
Each Unit is Inspected for 100% Quality
Satisfaction
Superior quality
Sealed combustion
Safest-operating appliance available
Environmentally friendly
Low emissions environment
Modular Component Construction
Easily maintained.
12 Year Limited Warranty
Assurance of quality.
Operates at Low Supply Temperature
No bypass valve controls needed to protect boiler.
New: 11/4" NPT Return and Supply
Connections
Standard
Standard Equipment
Equipment

Plastic Heater Jacket
Modulating Heater
Controller
Burner Fan
Honeywell Gas Valve
Venturi System
24 Volt Transformer
Supply / Return
Temperature Thermister
Water Pressure Switch
(Set at 8 PSI)
Wiring Harness
5/8 Condensation
Connection
Spark Electrode
Recommended
Recommended Service
Service Clearances
Clearances
Vent Termination
Coupling and Tee (PVC)
Rectification Probe
High Grade Stainless
Steel Burner
Electrical Junction Box
With Switch
High Limit Temperature
Control
30 PSI ASME Relief
Valve
Combination Pressure Temperature Gauge
New 11/4" Boiler Return &
Supply Connections

Munchkin
80M/140M/199M
Design
Design Enhancements
Enhancements
Munchkin
T50M/T80M
European designed, Î
high grade s t a i n l e s s
steel burner with reliable
spark ignition coupled
with the Honeywell gas
valve and Venturi system.
This pre-mix combustion
system is the engine
Ï T h e p a t e n t e d which provides reliable
and efficient operation.
Munchkin Heat
Exchanger has
Í The Munchkin
been designed to
925 Control Board
provide maximum
is engineered to
heat transfer, while
modulate the firing
also providing
rate to match the
unsurpassed coractual needs of the
heat system, saving
rosion resistance
money by conserving
with stainless steel
energy.
construction.
Optional
Optional Equipment
Equipment

SuperStor Ultra Indirect
Fired Water Heater
SuperStor Ultra Pool
Heater
Condensate Neutralizer Kit

Vent Kit Includes:
V1000 Aluminum Outside
Termination Kit
Concentric Vent Kit
Termination 3"
Performance
Performance Ratings
Ratings
Connection
Connection Sizes
Sizes
Model
Input Modulation
DOE Heating
AFUE
Shipping Weight
IBR
Model
Supply/Return Connection
Gas Connection Size
Vent Diameter
T50
18,000 to 50,000
16,000 to 46,000
92%
58 lbs.
40,000
T50
1-1/4" NPT
3/4"
2"
T80
19,000 to 80,000
17,000 to 74,000
92%
58 lbs.
64,000
T80
1-1/4" NPT
3/4"
2"
80M
27,000 to 80,000
25,000 to 74,000
92%
75 lbs.
64,000
80M
1-1/4" NPT
3/4"
3"
140M
46,000 to 140,000
43,000 to 129,000
92%
101 lbs.
112,000
140M
1-1/4" NPT
3/4"
3"
199M
66,000 to 199,000
61,000 to 183,000
92%
111 lbs.
159,000
199M
1-1/4" NPT
3/4"
3"
The Munchkin Gas Boiler — Ideal for Home Use
Dimensions
Dimensions
T50 / T80M
Dimensions
Dimensions
80M
140M / 199M
© 2004 Heat Transfer Products, Inc.
LP-60 Rev. 10/1/04
Gas, Oil, and Propane Boilers from Monitor
3/15/05 10:13 AM
Monitor MZ 25 S Boiler Technical Information
This medicine-cabinet sized unit does it all with its built-in
domestic "Flash" hot water tank so that no separate hot water
tank is necessary. It gives instant hot water and there is no
mixture of heating system water and domestic hot water. The
25S is perfect for installations where space is at a premium. It
is recommended for one-bathroom homes and condos.
Virtually silent, this zero-clearance to combustibles unit can be
mounted in a closet or anywhere that's convenient for you.
Technical Specifications - MZ 25 S
Functions
Efficiency
Clearance From Combustibles Required
Electrical Use for Operation
Dimensions (approx.)
BTU/HR Input
Hot Water Production (Instantaneous)
Flue
Circulator Pump (Grundfos® # 1542)
HoneyWell® Positive Pressure Gas Valve
Air Eliminator
Low Water Cut-off
Relief Valve
Expansion Tank
Comfort Heating & Domestic Hot Water
95%
None
108 Watts
30" H x 30" W x 13" D (180 lbs.)
94,500
2.9 Gallons per minute
Direct Vent
Built-in
Built-in
Built-in
Built-in
Built-in
Built-in
Click here to see an exploped inside view of the MZ 25S Boiler
Return to Monitor MZ Page
http://www.houseneeds.com/shop/HeatingProducts/boilers/monitor/monitorboilersmz25stech.htm
Page 1 of 1
Trinity, Canton
Comparison of Options — 20 Year Impacts
BOILER OPTIONS
Best
Good
Average
Current
Efficiency
93%
84%
70%
62%
Therms/Year
5,729
6,343
7,611
8,568
Cost/Therm
$0.95
$0.95
$0.95
$0.95
New Boiler Cost
$30,000
$25,000
$18,000
$15,000
Annual Operating Cost
$5,443
$6,026
$7,231
$8,140
20 Year Operating Cost
$108,851
$120,514
$144,616
$162,792
TOTAL Cost for 20 Years
$138,851
$145,514
$162,616
$177,792
Utility Incentive
$5,500
$0
$0
$0
NET to User
$133,351
$145,514
$162,616
$177,792
$s saved (current $s)
$44,441
$32,278
$15,176
$0
Inflation rate at > 3.0%
New Boiler Cost
$30,000
$25,000
$18,000
$15,000
20 Year Operating Cost
$146,243
$161,912
$194,295
$218,714
TOTAL Cost for 20 Years
$176,243
$186,912
$212,295
$233,714
Utility Incentive
$5,500
$0
$0
$0
NET to User
$170,743
$186,912
$212,295
$233,714
$s saved (inflated $s)
$62,971
$46,802
$21,419
$0
20 Year Emissions
CO2 (greenhouse gas)
1,924,944
2,131,188
2,557,426
2,878,848
NOx (health issues)
1,512
1,675
2,009
2,262
% savings vs. current
33.1%
26.0%
11.2%
0.0%
Note: Efficiency is estimated seasonal
This report and analysis is based upon observations of the visible and apparent
conditions of the property and the components evaluated on the date of
assessment. Care has been taken in the performance of this assessment. This
report is made only in the best exercise of our ability and judgment. However,
Massachusetts Interfaith Power & Light (and or its representatives) makes no
representations regarding latent or concealed defects that may exist, and no
warranty or guarantee is expressed or implied. Conclusions in this report are
based on estimates of the age and normal working life of various items of
equipment and appliances. Predictions of life expectancy and the balance of
useful life are necessarily based on industry and/or statistical comparisons and
observed conditions. It is essential to understand that actual and future
conditions can alter the useful life of any item. The previous use/misuse,
irregularity of servicing, faulty manufacture, unfavorable conditions, acts of God
and unforeseen circumstances make it impossible to state precisely when each
item will require replacement and/or what the actual savings in use and cost will
be. The Member herein should be aware that certain components with the above
referenced property may function consistent with their purpose at the time of the
assessment, but due to their nature are subject to deterioration without notice.
Unless otherwise noted, all building components are assumed to have met the
building code requirements in force at the time of construction. Conclusions
reached in this report assume responsible ownership and competent
management of the property. Information provided to us by others is believed to
be reliable. However we assume no responsibility for the accuracy of such
information.